On-Line Liquor Analyzer
Bench Top Liquor Analyzer
Applications:
- Dissolving / Stabilization tank
* Green liquor - EA, AA, TTA, Dead load solids, Reduction
efficiency
* Weak wash - TTA
- Causticizing
* G reen liquor - EA, AA, TTA, TDS, Dead load solids
* White liquor - EA, AA, TTA, TDS, Dead load solids
- Batch and Continuous Digesters
* White liquor - EA, AA, TTA, TDS
* Black liquor - REA, RAA, lignin, TDS
- Chlorine Dioxide Plant
* Residual Chlorite
* Residual Sulphuric Acid
* Chlorine Dioxide
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The
DURALYZER-NIR Series of Liquor Analyzers for Alkali Based
Pulping and Recovery
The DURALYZER-NIR series of liquor analyzers are like no other
liquor analyzer solutions currently available. They represent
a new generation of process liquor analyzers for alkali based
chemical and semi-chemical pulping and recovery processes.
These analyzers are the culmination of many years of research
and development effort in both the laboratory and in the field,
which has resulted in a family of systems with unprecedented
reliability, accuracy and simplicity. These systems represent
a comprehensive and highly cost effective solution to automated
and manual liquor analysis. These analyzers define a new industry
standard for liquor analysis systems that will become the
final solution for these measurement applications.
DURALYZER-NIR Architecture uses process sample extraction
technology coupled with near-infrared (NIR) spectroscopy for
sample analysis. As a result of this design, all analyzers
share a common technology platform. This common technology
platform has been engineered into a set of highly integrated,
completely self-contained analyzers with the lowest maintenance
requirements ever achieved for these applications.
Features and Benefits:
- Highly
compact and rugged design
- Reliable and accurate liquor analyzer
- Low
maintenance turnkey analyzer
- Physically
small and portable system
- Easy
installation
- Low
total installed cost
- Reduction of Soda Losses in Brown Stock Washing
- Reduction in Make-Up Chemicals
- Reduction in Fresh Lime Make-Up
- Reduction in Fuel Consumption in the Kiln
- Energy Savings in Digester
- Steam Savings in the Evaporator
- Energy Savings in the Recovery Boiler
- Reduced ClO2 Variability
- Increased Plant Safety
- Reduced Enviromental Impact
- Better Bleaching Quality (due to Reduced ClO2 Variability)
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